public void ResponseProcessor(SheetPlacement payload)
{
//console.log('ipc response', payload);
if (ga == null)
{
// user might have quit while we're away
return;
}
ga.population[payload.index].processing = null;
ga.population[payload.index].fitness = payload.fitness;
// render placement
if (this.nests.Count == 0 || this.nests[0].fitness > payload.fitness)
{
this.nests.Insert(0, payload);
if (this.nests.Count > Config.populationSize)
{
this.nests.RemoveAt(nests.Count - 1);
}
//if (displayCallback)
{
// displayCallback();
}
}
}
public void StartNest()
{
current = null;
Nest = new SvgNest();
Background.cacheProcess = new Dictionary <string, NFP[]>();
Background.window = new windowUnk();
Background.callCounter = 0;
Iterations = 0;
}
public void AssignPlacement(SheetPlacement plcpr)
{
current = plcpr;
double totalSheetsArea = 0;
double totalPartsArea = 0;
PlacedPartsCount = 0;
List <NFP> placed = new List <NFP>();
foreach (var item in Polygons)
{
item.sheet = null;
}
List <int> sheetsIds = new List <int>();
foreach (var item in plcpr.placements)
{
foreach (var zitem in item)
{
var sheetid = zitem.sheetId;
if (!sheetsIds.Contains(sheetid))
{
sheetsIds.Add(sheetid);
}
var sheet = Sheets.First(z => z.id == sheetid);
totalSheetsArea += Math.Abs(GeometryUtil.polygonArea(sheet));
foreach (var ssitem in zitem.sheetplacements)
{
PlacedPartsCount++;
var poly = Polygons.First(z => z.id == ssitem.id);
totalPartsArea += Math.Abs(GeometryUtil.polygonArea(poly));
placed.Add(poly);
poly.sheet = sheet;
poly.x = ssitem.x + sheet.x;
poly.y = ssitem.y + sheet.y;
poly.rotation = ssitem.rotation;
}
}
}
var emptySheets = Sheets.Where(z => !sheetsIds.Contains(z.id)).ToArray();
UsedSheetsCount = Sheets.Count - emptySheets.Length;
MaterialUtilization = Math.Abs(totalPartsArea / totalSheetsArea);
var ppps = Polygons.Where(z => !placed.Contains(z));
foreach (var item in ppps)
{
item.x = -1000;
item.y = 0;
}
}
